Electric Transfer Cart with Rubber Wheels

The trackless transfer cart is equipped with rubber wheels, which are elastic and solid, providing enhanced structural stability. The wheel surfaces are made from high-hardness rubber, giving them excellent wear resistance.

Using rubber wheels allows the electric transfer cart to achieve a longer service life. Carts with rubber wheels are particularly suitable for environments where heavy loads are frequently moved. They ensure smooth and safe transportation, even on uneven surfaces.

Polyurethane wheels are also available as an alternative option. Made from a wear-resistant polyurethane polymer, their durability is slightly lower than rubber wheels. However, for use on irregular road surfaces, we recommend choosing transfer carts equipped with polyurethane wheels.

PEISA Machinery advises users to carefully consider both the ground conditions and load weight when selecting a trackless transfer cart, in order to ensure safe and efficient operation.

With the continued advancement of technology, wheel performance is constantly being improved. In the future, more advanced wheel materials and high-performance options will become available, offering increased durability and reliability for a wide range of industrial applications.

In what environments can rubber wheel transfer carts be used?

The DWP series trackless transfer carts do not require dedicated rails and have good adaptability to different floor surfaces. They are suitable for working conditions where rail installation is not practical or where the working environment changes frequently.

They can operate on ordinary concrete floors, epoxy floors, asphalt floors, and wear-resistant tile floors without causing scratches. They are suitable for transporting precision components, electronic products, and painted parts, avoiding the contamination of goods caused by sparks and iron filings generated by steel wheels.

Designed for flexible transportation between different areas, these carts can freely turn, change directions, and move between workshops. They are suitable for warehouses, assembly lines, finished product storage areas, and temporary construction sites. When relocating workstations or changing layouts, there is no need to modify the floor infrastructure, which reduces the initial investment cost.

Rubber wheel Transfer Cart parameters

Electric transfer carts are used across a wide range of industries, mainly because they can be customized to fit different jobs.

In real-world workshop environments, not all materials look or weigh the same. Some are bulky, others are oddly shaped — and that’s exactly why custom solutions matter.

At PEISA Machinery, we’ve worked with clients from electronics to aerospace and heavy manufacturing. Whether you're working in harsh weather or tight production spaces, we can build a cart that works for you.

1. Q: We are all non-standard workshops. Can the equipment be customized?

   A: This is precisely our specialty! All flatbed trucks are customizable.

2. Q: Is equipment maintenance troublesome?

   A: Daily maintenance is very simple. We will provide you with a maintenance manual.

3. Q: How is after-sales service guaranteed?

   A: We provide: 

7×24-hour technical hotline 

Response within 2 hours, solution provided within 48 hours 

Remote video guidance resolves common issues 

If on-site service is required, an engineer will be dispatched to your location within 72 hours.

All equipment comes with a one-year warranty and lifetime maintenance.

4.Q:Can this transfer cart be used outdoors?

A:Yes, it's better suited for outdoor roads, as outdoor roads may have minor unevenness, and the rubber wheels can handle these minor bumps. However, it's not recommended for outdoor surfaces with uneven surfaces, gantry tracks, sharp objects like pebbles, etc.

5.Q:How long can the battery-powered transfer cart operate?

A:The battery capacity of the rubber wheels transfer cart is based on the daily travel distance. Users simply need to tell us how many kilometers they need to travel each day, and we can calculate the appropriate battery capacity. It should at least meet the daily work requirements with some margin.